Solid Surface Energy

[@mahdikatebi8152]

Thank you for an excellent explanation, but I think the comparison of surface energy is not true. Because I found it in "nanostructures & Nanomaterials, synthesis, Properties & Application, Guozhong Cao" book that explains it like this: surface energy(100)>surface energy(110)>surface energy(111).
You can find it on pages 18 to 19 in this book.

[@gamerable2311]

Yes same here

[@mizouman]

good explanation thank you

[@khangdinh2232]

thank you so much.

[@randalllangford666]

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[@husameltigani4310]

Thank you for this informative video. Do you have any link that has a list of the surface energy of different metals? or make a video about that
Thank you

[@hassangezzaz371]

Thank you very much. can you please provide us the title of the book from which you got these explanations

[@沈彥儒-y5y]

感謝教學，很有幫助!

[@hagencalpoly6773]

Glad to help!

[@송현승-k4t]

Thank you it help me to understand

[@randalllangford666]

Yes external 3 universe head

[@F.EmreBora]

Thank you, it was very helpful.

[@randalllangford666]

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[@metallurgyonline2807]

Sir i can't understand it . Bcz it is very complex figure to understand what I have seen a simple fcc.

[@randalllangford666]

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[@hp8246]

Thank you for the lesson. By the way, I have one question. The N_A represent for what?

[@hagencalpoly6773]

It's Avogadro's number.

[@si_fa5]

Thanks, what is about hexagonal ?

[@hagencalpoly6773]

I cover only cubic structures in my course. However, the principles would be the same: use the difference between the bull coordination number and the surface coordination number.

[@randalllangford666]

Gravity. Weight data bank 2d navigation object repeated per characters

[@الاءمزيد-ذ3غ]

شكرا اتمنى كتابة الترجمه بالعربية

[@hagencalpoly6773]

You are very welcome!